When physics senior Phia Morton flew to Italy to do research, she couldn’t have imagined what she’d find hidden in the stars: the first strong candidate of a black hole merger emitting light. This discovery deepens knowledge on the cosmic structures and may even give a new opinion on how quickly the universe is expanding.
The discovery related to gravitational waves which made international headlines earlier this year and was predicted by Albert Einstein more than a century ago will be the topic of Oregon State University’s Science Pub on Dec. 6. Jeff Hazboun, an astrophysicist in the College of Science and one of the researchers who led the project that resulted in the gravitational wave astronomy breakthrough, will talk about the discovery and future directions for the research at 6 p.m. Dec. 6 at the Old World Deli in Corvallis.
The detection of gravitational waves opens a whole new window onto supermassive black holes – a vitally important step in advancing human knowledge and helping to unlock the mysteries of how structures are formed in the cosmos.
Professor of Physics Heidi Schellman is leading an international experiment to explore the existence of the universe. The project, titled “Essential Computing and Software Development for the DUNE experiment,” has received a $3M grant from the Department of Energy.
Congratulations to Isabel Rodriguez (M.S. Physics '21) for being the 2021 recipient of the Harriet “Hattie” Redmond Award. This award celebrates a member of the OSU community who works as an agent of change in service of racial justice and gender equity.
Funded by the NSF as a Physics Frontiers Center, the North American Nanohertz Observatory for Gravitational Waves, or NANOGrav, research group at OSU operates under the direction of Xavier Siemens, professor of physics.
2005 physics alumna and planetary geologist Briony Horgan's research was key to determining the location on Mars for the Perseverance rover to explore. Explaining the challenge her team faced, she said, "“If we had to choose just one spot on Earth to gather all the data about the entire history of the planet — well, where would you go?”
An international team, which includes Oregon State graduate and undergraduate students, has gotten closer than ever before to detecting evidence of supermassive black holes.
